Key Highlights

  • Ionic Rare Earths Limited (ASX:IXR) completed a GBP 600,000 upgrade at its Belfast demonstration plant during the September 2026 quarter, increasing heavy rare earth separation capacity to approximately two tonnes of dysprosium and terbium annually.
  • The Belfast facility has accumulated approximately four tonnes of mixed rare earth oxides for separation, with additional processing campaigns planned during 4QCY26 as the company advances engineering work for a proposed commercial recycling plant.
  • Ionic Rare Earths Limited (ASX:IXR) reported AUD 5.07 million in cash at 30 September 2026, following an AUD 8 million equity placement in August, while its reported funding runway remained approximately 1.26 quarters at the September quarter's expenditure rate.

Ionic Rare Earths Limited (ASX:IXR) is an Australian-listed critical minerals company developing rare earth recycling technology and upstream rare earth resources. Its principal activities include the Ionic Technologies magnet recycling business in Belfast, Northern Ireland, and the Makuutu Heavy Rare Earths Project in Uganda. In its September 2026 quarterly activities report, released on 13 October 2026, the company confirmed completion of a GBP 600,000 upgrade to its Belfast demonstration plant. The investment expands the facility's capacity to separate heavy rare earth elements from recycled permanent magnets, representing a technical milestone as the company progresses plans for a larger commercial processing operation.

What Does the GBP 600,000 Belfast Plant Upgrade Mean for Ionic Rare Earths?

Ionic Rare Earths Limited (ASX:IXR) completed an upgrade to its Belfast magnet recycling demonstration plant to improve heavy rare earth separation efficiency and processing capacity. The programme included modifications to the solvent extraction circuit, targeting operational constraints identified during earlier demonstration campaigns. The upgraded equipment is designed to support more consistent separation of dysprosium and terbium, two heavy rare earth elements commonly used in high-performance permanent magnets.

The company reported that the upgraded circuit has a designed separation capacity of approximately two tonnes of dysprosium and terbium annually. The modifications increase aqueous and organic processing capacity, supporting the production of separated rare earth oxides with higher purity specifications. Although the upgrade has been completed, its commercial significance will depend on sustained performance during subsequent separation campaigns and the company's ability to establish reliable processing economics.

The demonstration plant provides technical data for customer qualification and commercial engineering studies. However, the reported capacity relates to the upgraded demonstration facility rather than a fully developed commercial recycling operation.

Why Are Dysprosium and Terbium Important for Magnet Recycling?

Dysprosium and terbium are used in certain high-performance neodymium-iron-boron permanent magnets to improve resistance to demagnetisation at elevated temperatures. These properties are relevant to applications such as electric vehicle motors, industrial machinery and specialised electronic equipment, where magnets may operate under demanding thermal conditions.

Recycling spent permanent magnets provides a potential secondary source of these elements. Unlike conventional mining, recycling involves recovering rare earth materials from existing products, manufacturing residues and other eligible feedstocks. The process can reduce dependence on newly mined material where suitable collection, separation and refining systems are available.

Ionic Rare Earths Limited (ASX:IXR) is developing a hydrometallurgical process intended to recover rare earth oxides from different magnet feedstocks. The Belfast upgrade is focused on the technically demanding separation stage, where individual heavy rare earth elements are isolated from mixed material.

Successful demonstration of consistent separation performance could support further commercial discussions, although production costs, feedstock availability and customer requirements remain important considerations.

What Does the Four-Tonne Rare Earth Oxide Stockpile Indicate?

Ionic Rare Earths Limited (ASX:IXR) reported that its Belfast demonstration facility had accumulated approximately four tonnes of mixed rare earth oxides awaiting separation through the upgraded solvent extraction circuit. The material was produced through upstream magnet pre-treatment activities while the heavy rare earth circuit modifications were being completed.

The company stated that the magnet pre-treatment section operated at its nameplate capacity of approximately 30 tonnes of magnet feedstock annually during 2026. This processing stage converts suitable magnet material into mixed rare earth oxide products before individual elements are separated.

The accumulated stockpile provides feedstock for additional separation campaigns scheduled during 4QCY26. These campaigns are intended to generate information about circuit performance, product purity, recovery rates and processing consistency.

The stockpile should not be interpreted as four tonnes of finished dysprosium or terbium products. Its final composition and recoverable quantities will depend on the material's characteristics and the results of subsequent separation activities.

How Is Ionic Technologies Progressing Toward Commercial Production?

The Belfast demonstration plant forms part of Ionic Rare Earths Limited's (ASX:IXR) broader strategy to develop commercial rare earth magnet recycling operations. The company is progressing engineering design for a proposed commercial facility at Belfast Harbour, with Tenova Advanced Technologies undertaking technical work associated with the planned development.

The commercial plant is intended to process larger volumes of recycled magnet material than the existing demonstration operation. Its development will require detailed engineering, capital cost assessment, environmental and planning approvals, feedstock arrangements and financing.

During the September 2026 quarter, the company submitted a planning application for the proposed commercial facility to Belfast City Council. The application was validated for assessment, allowing the planning process to progress.

Ionic Rare Earths Limited (ASX:IXR) is also evaluating opportunities to improve process control through digital technologies. The company has entered into a non-binding letter of intent with IntelliSense.io concerning potential applications in process optimisation.

However, commercial construction has not commenced, and a final investment decision remains dependent on the completion of technical, regulatory and financial requirements.

What Role Could Partnerships Play in Rare Earth Recycling?

Ionic Rare Earths Limited (ASX:IXR) is pursuing industry collaborations to support the development of rare earth recycling and processing supply chains. Through Ionic Technologies, the company has worked with organisations involved in magnet manufacturing, industrial processing and critical mineral recovery.

During 2026, Ionic Technologies participated in a collaborative programme involving Less Common Metals, GKN and Ford UK to demonstrate rare earth material recovery and reuse in electric motor magnet applications. These activities provide opportunities to evaluate how recycled rare earth oxides could be incorporated into downstream manufacturing processes.

The company has also been progressing collaboration activities with Nth Cycle, a United States-based critical minerals refining company. Discussions have focused on potential technical cooperation and opportunities involving complementary processing technologies.

These relationships may help the company assess future feedstock supply, processing integration and product qualification requirements. Nevertheless, technical collaborations do not necessarily represent binding long-term supply or sales agreements, and commercial outcomes remain subject to further negotiations.

How Does the Makuutu Project Complement the Belfast Recycling Business?

Alongside recycling activities, Ionic Rare Earths Limited (ASX:IXR) holds a 60% interest in Rwenzori Rare Metals Limited, the Ugandan company that owns the Makuutu Heavy Rare Earths Project. Makuutu contains ionic adsorption clay mineralisation and is being evaluated as a potential source of rare earth products, including heavy rare earth elements.

The project provides exposure to primary rare earth production, while the Belfast business focuses on recovering material from previously manufactured products. These activities represent different parts of the rare earth supply chain and involve separate technical and development requirements.

Makuutu holds large-scale mining licence LML00334, which extends to December 2044. Additional licensing applications and renewal processes remain relevant to the company's broader development plans.

Ionic Rare Earths Limited (ASX:IXR) is undertaking a strategic review of Makuutu, including potential financing and partnership arrangements. The review is intended to assess alternative development pathways while considering capital requirements and market conditions.

No final construction decision has been announced for Makuutu, and the project's future development schedule remains dependent on funding, regulatory requirements and technical assessments.

What Opportunities Are Emerging Beyond Belfast and Uganda?

Ionic Rare Earths Limited (ASX:IXR) is also assessing opportunities to expand its rare earth recycling technology into additional international markets. One initiative involves the Viridion joint venture in Brazil, established with Viridis Mining and Minerals Limited (ASX:VMM).

The joint venture is structured on an equal ownership basis and is intended to investigate the establishment of a rare earth refining and recycling operation in Brazil. Its proposed activities could combine rare earth processing expertise with potential regional feedstock and downstream industrial opportunities.

The company is also evaluating potential opportunities in the United States, where critical mineral processing and recycling have become areas of industrial investment.

However, these international initiatives remain at different stages of planning and assessment. Their development will depend on financing, technical feasibility, customer arrangements and the availability of suitable processing feedstocks.

What Do Ionic Rare Earths Limited's (ASX:IXR) FY26 Financial Results Show?

Ionic Rare Earths Limited (ASX:IXR) reported a net loss after tax of AUD 14.91 million for FY26, compared with AUD 11.34 million in FY25. The increased loss reflected corporate expenditure, project development activities and costs associated with progressing the company's recycling and rare earth operations.

Cash and cash equivalents stood at approximately AUD 3.48 million at 30 June 2026. Following an equity placement raising approximately AUD 8 million before costs during August 2026, the company reported cash of AUD 5.07 million at 30 September 2026.

Despite the capital raising, the September quarterly cash flow report recorded net operating cash outflows of approximately AUD 4.02 million. Based on the quarter's reported expenditure, estimated available funding was approximately 1.26 quarters, indicating that additional capital would be necessary to maintain expenditure at a comparable rate.

The FY26 financial statements also identified material uncertainty regarding the company's ability to continue as a going concern without further funding. Management has indicated that additional equity financing forms part of its intended funding strategy.

What Are the Main Commercialisation and Funding Risks?

Ionic Rare Earths Limited (ASX:IXR) faces several uncertainties as it progresses from demonstration-scale recycling toward commercial operations. Although the Belfast upgrade has expanded separation capacity, the company must demonstrate consistent operating performance across larger processing campaigns and confirm the commercial economics of its technology.

The proposed commercial plant will require significant capital expenditure, reliable feedstock supply and suitable customer arrangements. Changes in rare earth prices, processing costs and product specifications could influence future operating margins.

Funding remains a central consideration because the company's reported September 2026 cash balance and quarterly expenditure indicate a limited runway at the prevailing spending rate. Additional equity financing could increase the number of shares outstanding, while delays in securing funding may affect development schedules.

Makuutu carries separate regulatory, financing and jurisdictional risks, including outstanding licence requirements and uncertainty concerning future development arrangements. The company's 60% ownership interest also means it does not hold the entire economic interest in that project.

What Are the Next Milestones for Ionic Rare Earths Limited (ASX:IXR)?

The immediate technical priority for Ionic Rare Earths Limited (ASX:IXR) is completing additional separation campaigns at its Belfast demonstration facility using the approximately four tonnes of mixed rare earth oxides accumulated during the upgrade period. These activities are expected to provide information about recovery performance, product purity and processing consistency under the modified operating configuration.

The company is also progressing engineering work for the proposed Belfast Harbour commercial plant, alongside discussions concerning project financing and potential commercial partnerships. The outcome of the planning application and the completion of detailed engineering packages will be relevant to future construction decisions.

At Makuutu, the company will continue evaluating strategic partnership opportunities and progressing outstanding regulatory requirements. Its proposed admission to London's AIM market, for which an application was announced in October 2026, represents another potential corporate milestone, subject to the relevant approvals.

Future financial disclosures will help clarify the timing and scale of any additional funding needed to advance these activities.